Part 2 will cover configuring Web services security.
第2部分将讨论如何配置Web服务安全性。
Rebuilds will not corrupt nor overwrite the Web services security information.
重新构建将不会破坏或覆盖Web服务安全信息。
Step 4: Configure Web services security extensions and bindings for validating the usernametoken.
步骤4：为验证usernametoken配置Web服务安全扩展和绑定。
It therefore suffers the same scalability issues as the simple architecure using Web services security.
因此，它可提供与使用Web服务安全的简单体系结构相同的可伸缩性。
Next we need to create the keys and certificates for the Web services security signatures and encryption.
接下来，我们需要为Web服务安全性签名和加密创建密钥和证书。
All major web services stacks provide some level of support for WS-Security and related web services security standards.
所有主要web服务栈都为WS - Security和相关web服务安全性标准提供一定程度的支持。
As Figure 1 shows, WS-Security is a Web Service security standard on which other Web Services security standards are built.
如图1所示，WS - Security是一个Web服务安全性标准，其他的Web服务安全性标准构建在它的上面。
This architecture allows us to scale the solution because the XS40 can process Web services security with very little overhead.
此体系结构使得我们可以扩展解决方案，因为XS40可以通过很小的开销来处理Web服务安全。
User changes to Web services security information in the EJB deployment descriptor via the module deployment editor are now preserved.
现在，可以保留用户通过模块部署编辑器对EJB部署描述符中的Web服务安全信息的更改。
WS-Policy and WS-Trust, have also become standards in W3C / OASIS respectively and are common features in web services security environments.
WS-Policy和WS-Trust也已经分别成为W3C /OASIS 中的标准，它们是Web服务安全环境中的公共特性。
Using Rational Application Developer to import a sample EAR file and configure web services security policies and binding attachments for a web service client.
使用RationalApplication Developer导入示例EAR文件和配置Web服务安全策略，并为Web服务客户机绑定附件。
By default, Message Broker will extract identity from the appropriate location for a particular transport such as MQ user identity or Web services security header.
缺省情况下，MessageBroker将从特定传输的适当位置提取标识，例如MQ用户标识或Web服务安全标头。
The Web services security model and approaches based on the Web services security specifications help meet the challenges of securing service-oriented applications.
基于Web服务安全规范的Web服务安全模型和方法有助于解决保护面向服务的应用程序的难题。
Though a Web Services Security (WS-Security) policy set can be applied when using attachments, privacy or integrity Settings will not apply to the attachment data.
尽管Web Services Security (WS - Security)策略集可以在使用附件时应用，隐私或完整性设置却不会应用到附件数据。
You can develop a Web services security policies application to allow the system administrators custom the settings for users with different roles and responsibilities.
可以开发Web服务安全策略应用程序来让系统管理员为具有不同角色和职责的用户自定义设置。
Security credentials for web services Security in the form of JCEKS key stores or the private keys/public certificates required for the specified cryptographic operations
用于Web服务安全的JCEKS密钥存储库形式的安全凭据或指定加密操作所需的私钥/公开证书。
Security credentials for web services security in the form of JCEKS key stores or the private keys or public certificates required for the specified cryptographic operations.
用于Web服务安全的JCEKS密钥存储库形式的安全凭据或指定加密操作所需的私钥或公开证书。
Some efforts to improve the quality of web services security code have been made, including the work of an industry-wide organization and vendor-driven interoperability testing.
业界为提高web服务安全性代码质量做了很多努力，包括业内组织机构的工作和供应商驱动的互操作性测试。
Web Services security is based on the concept of message based security: the SOAP envelope of the message is sent in clear, but the SOAP body is transmitted in an encrypted form.
WebService安全(WS - Security)，是建立在消息安全概念基础上的：消息的SOAP封包本身以明文发送，但其资料体是加密的。
The client domain gateway expects a request message with an LTPA token in a Web services security (WS-Security) header as generated by the configuration described in Part 4 of this series.
客户端域网关期望Web服务安全（WS 安全）标头中具有LTPA令牌的请求消息（该标头由本系列文章的 第 4部分描述的配置生成）。
Because RRD utilizes Web services, we can also leverage some of features of Web services security (WS security) to provide propagation of security context to the remote application server.
因为RRD可以利用Web服务，所以我们还可以利用Web服务安全(WS安全)的某些功能将安全上下文传播到远程应用服务器。
Web Services Interoperability Basic Security Profile (WS-I BSP) helps standardize the use of Web services security standards and technology in the development of interoperable Web services.
Web服务互操作性基本安全概要 (WS-IBSP)帮助规范化 Web 服务安全标准和技术在可互操作的 Web 服务开发中的使用。
In order to add web services security, you need to edit the web service deployment descriptor file, webservices.xml, on the server and web deployment descriptor, web.xml, on the client.
为了添加web服务安全，您需要在服务器上编辑web服务部署描述符文件webservices . xml，在客户端上编辑web部署描述符文件web .xml。
The gateway can even use WS-Security to pass the context back to the service implementation, if the transport between the gateway and service provider supports SOAP and Web services security.
如果网关和服务提供者之间的传输支持SOAP和Web服务安全，网关甚至可以使用WS - Security将上下文传回到服务实现。
While WS-Security encryption is the Web services security standard for encrypting SOAP messages, XML encryption is the standard that you can use to encrypt an XML message, or even just part of it.
WS - Security加密方法是加密soap消息的Web服务安全标准，而xml加密方法是可用于加密xml消息甚至其一部分的标准。
Another way of using message integrity is using WS-Security for the Web services.
实现消息完整性的另一种方法是对Web服务使用WS - Security。
Now in Part 2, you will learn how to enable Data Web Services for transport-level security.
现在，在第2部分中，您将学习如何为DataWeb Services启用传输级别的安全性。
Figure 5 shows an architecture using transport security with Web Services Gateway acting as SSL endpoint.
图5显示了通过将Web服务网关作为ssl端点实现传输安全的体系结构。
They combine message transport and SOAP semantics to support a consistent SOAP domain logical tree format and the next-generation Web services standards WS-Security and WS-Addressing.
soap节点组合了消息传输和soap语义，以支持一致的soap域逻辑树格式和下一代Web服务标准WS - Security和WS - Addressing。
They combine message transport and SOAP semantics to support a consistent SOAP domain logical tree format and the next-generation Web services standards WS-Security and WS-Addressing.
soap节点组合了消息传输和soap语义，以支持一致的soap域逻辑树格式和下一代Web服务标准WS - Security和WS - Addressing。
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